-Magdalen Lindeberg Several awards are given out within the School of Integrative Plant Science at the end of each fall semester. Among these are the MacDonald and Musgrave Awards, representing the desire of two ...
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-Magdalen Lindeberg Congratulations to SIPS recipients of awards at the recent meeting of the American Society of Agronomy, Crop Science Society of America, and Soil Science Society of America. The 2022 ASA-CSSA-SSSA International Annual ...
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Cornell undergraduate weed science team comprised of Megan Wittmeyer (Ag Sci), Elizabeth Fitzgerald (Biol Sci), Michael Lovier (Vit Enol), and Rebecca Stup (Plant Sci) finished in first place at the recently concluded Northeastern Collegiate ...
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-Magdalen Lindeberg SIPS is excited to welcome Yiqi Luo, SIPS-wide professor of terrestrial carbon cycle modeling. Yiqi officially started at Cornell on July 1. His office is currently in 310 Bradfield and his program ...
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Congratulations to Hannah Thomas, Jesus Martinez-Gomez, Shanthanu Krishna Kumar, Jiaming Wen, George Stack, and Jacob Toth, recipients of the Barbara McClintock Graduate Student Award for 2021. Hannah Thomas is a graduate student with Margaret ...
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The Master of Professional Studies (MPS) in Integrative Plant Science is a rapidly growing program, meeting the needs of students seeking a year of training. Among the many focus areas available to them are ...
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-Magdalen Lindeberg Several awards are given out within the School of Integrative Plant Science at the end of each fall semester. Among these are the MacDonald and Musgrave Awards, representing the desire of two ...
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Eight faculty members affiliated with the School of Integrative Plant Science have been named by the Web of Science Group to the 2021 list of highly cited researchers in their fields. They include SIPS ...
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The Cornell University Soil Health program will offer a virtual advanced soil health course for practitioners, educators, and students worldwide December 5-14, 2021. This advanced soil health course offering is comprehensively designed as an ...
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-Harold van Es COMPETE is a dynamic simulation model developed to simulate the competition for soil nitrogen (N), soil moisture and solar radiation between a main crop (e.g., maize (Zea mays L.)) and one ...
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